&CELL: SOLIDS: HOLE
The location of the point that is on the central axis of the
hole, half-way between the 2 planes of the box perpendicular
to the central axis of the hole.
[No default.]
The radius of the hole as measured at the "lower" and at
the "upper" surface of the box. If these radii are the same,
then only one of them needs to be entered.
[No default.]
Half the overall dimensions of the box.
[No default.]
The direction vector of the central axis of the hole.
The normalisation of the vector is not used. Zero-norm
vectors are not acceptable.
[By default, the central axis is aligned with the z-axis.]
Specifies whether the box is made of conducting or from
dielectric material. To differentiate the solids in drawings,
one has the option to choose between various representations:
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Type Representation Notes
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CONDUCTOR CONDUCTORS-1 Equivalent to CONDUCTOR-1
CONDUCTOR-1 CONDUCTORS-1
CONDUCTOR-2 CONDUCTORS-2
CONDUCTOR-3 CONDUCTORS-3
DIELECTRICUM DIELECTRICA-1 Equivalent to DIELECTRICUM-1
DIELECTRICUM-1 DIELECTRICA-1
DIELECTRICUM-2 DIELECTRICA-2
DIELECTRICUM-3 DIELECTRICA-3
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[Default: CONDUCTOR]
The hole is drawn as a polygon with a finite number of
panels. N specifies the number of panels on the hole
wall.
By default, N is chosen in function of the size occupied
by the box and hole in the drawing. If you decide to specify N
manually, then the same number will be used no matter how
large or small the box and hole appear in the drawing.
A one character identification of the solid.
This label serves the same purpose as the wire code for wires,
namely the selection of the solid as a place where signals can
be measured, around which isochrones are drawn etc.
[Default: H]
Keyword index.
Formatted on 10/11/98.